Control method of superconductive electric aerotrain capable of realizing static floating

Abstract

The invention relates to a control method of a superconductive electric aerotrain capable of realizing static floating, comprising the following steps: calculating induction current data generated bya superconducting magnet in an 8-shaped zero flux coil in simulation of train movement by a field-road-movement coupling theory, so as to obtain a state sample library in different movement states; when the train runs, vehicle-mounted and ground sensors detect the train running state in real time, the signal is transmitted to a central control mechanism to be compared with the state sample library, and state data conforming to the train running state at the moment are selected therefrom, so as to control a regional electric supply station to be conducted to the coil in a certain phase sequenceto generate travelling wave magnetic field to suspend the train; when the train is in a static state, direct current is conducted to the coil by the regional electric supply station; when the train speed is lower than a vehicle floating speed, the regional electric supply station supplies electricity for the 8-shaped zero flux coil; otherwise, not supplying electricity. The control method overcomes the defect that the electric aerotrain cannot suspend in a static state or a state with low speed, and can realize control on the train.

Description

technical field [0001] The invention relates to the fields of maglev transportation, control engineering, superconducting magnets, etc., and in particular to a control method for a superconducting electric levitation train that can realize static levitation. Background technique [0002] The Electric Suspension (EDS for short) train is based on the principle of motion. When the train is running, the magnetic field line of the on-board magnet cuts the track coil to generate an induced current. , when the train reaches a certain speed, the magnetic lift force can balance the gravity, and the car body floats. The vehicle-mounted magnet can realize levitation, guidance and propulsion at the same time, and the system has the ability of self-stabilization and recovery. [0003] According to the type of ground track, electric levitation can be divided into induction plate type and zero magnetic flux coil type. The zero-flux type generally adopts a structure that combines an 8-sha...

AI Technical Summary

Problems solved by technology

[0007] Aiming at the defects of the prior art, the present invention provides a control method for a superconducting electric levitation train that can float at rest, so as to solve the problem that the traditional electric levitation train cannot levitate at rest or at low speed

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